Toyota Jidosha Kogyo Kabushiki Kaisha

Nippondenso Co., Ltd.

Japan Aviation Electronics Industry, Limited

B Nippondenso Co., Ltd.

Takeo Matsushima

Akiro Yoshimi

Fumio Ootsuka

Teiichi Nabeta

Yasuhumi Kojima

Michihiko Kamiya

Yasuhiro Fujioka

Hisao Hara

Masakazu Moriyama

Yasuhiro Iwata

Yasufumi Kojima

Takao Saito

Akinori Ido

Fumio Otsuka

Eiichi Wada

Fumiyoshi Kushima

Masumi Nagata

Takeshi Kuwajima

An apparatus for controlling the operation of an automobile air conditioner comprises mode switches which permit selection between a manual control mode and an automatic control mode for the control of the flow rate of the conditioned air, and a digital computer incorporating therein a memory which memorizes the selected control mode in accordance with signals received from the mode switches. The digital computer is constituted to give instructions to control members of the air conditioner for controlling in accordance with the values stored in the memory, and to set in the memory a value representing the automatic control mode so as to operate the air conditioner in the automatic control mode when a main switch of the air conditioner is turned on.

Apparatus for controlling operation of automobile air conditioner

A vehicle air conditioner control apparatus for supplying into the passenger compartment of a vehicle a flow of air which is temperature controlled in accordance with air conditioner control conditions, automatically controls an air change-over damper in response to a manual setting device for selectively commanding the induction of outside air, the induction of inside air and the induction of outside and inside air into an air duct and in response to a signal indicative of an absolute temperature of air inducted into the air duct, which is computed and generated in accordance with the outputs of a plurality of sensors.

Air induction control system for vehicle air conditioners

An automotive air conditioner device includes an air duct, a blower motor for producing an air stream to be supplied to an automotive passenger compartment through the air duct, a heat exchanger having a heater and a cooling device, and an electronic control device. The electronic control device includes various sensors, a microcomputer for executing computation processings of output signals from the various sensors in accordance with a predetermined program and producing a first and a second control signal, a drive circuit responsive to the first control signal for changing a temperature adjusting value of the heat exchanger and another drive circuit responsive to the second control signal for changing the cooling power of the cooling device, thereby to control the air temperature within the automotive passenger compartment at a desired value.

Automotive air conditioner having coating power control device

A plurality of control modes set in consideration of the comfortability in a compartment of a vehicle are previously stored in a memory medium, such as a magnetic card, and programs of the compressor control, the recirculation/fresh air change-over control, the blow-out opening change-over control, the air flow rate control, the condensation prevention control and the like which are preset in a central processing unit are performed in accordance with the data of the aforesaid memory medium. Output signals from sensors provided at various portions of the vehicle or instructions by the operator, and various controls concerning the air conditioner are automatically performed without requiring manual operations. The controls can be effected through any one of a speech recognition device, sensors, external components and manual operations.

Air conditioner control system

A button-less push switch board including a plurality of push switches which comprises an insulator plate having a plurality of penetrating holes, a transparent flexible cover sheet overlying the main surface of the insulator sheet and having identification marks printed thereon to indicate the positions and functions of the switches, and a printed circuit plate on the reverse surface of the insulator plate and having fixed contacts formed thereon. A transparent block is disposed in each hole of the insulator plate and is urged towards the cover plate by elastic members supported thereon. Each elastic member is of cup-like shape and has a movable contact corresponding to a pair of fixed contacts on the printed circuit plate. A lamp or a light emitting diode is disposed in each hole of the insulator plate and is mounted on the printed circuit. Each fixed contact and each lamp or light emitting diode are connected to an external control circuit.

Button-less push switch boards

An air conditioner system for sensing and controlling the temperature in the compartment of an automotive vehicle to an established desired temperature includes an over-correction means whereby the vehicle compartment temperature is temporarily increased to exceed the desired temperature and the temperature rise is terminated after the sensed temperature has attained or nearly attained the desired temperature. When the sensed temperature rises so that the difference between it and the desired temperature exceeds a reference value, the corresponding correction signal is generated and correction is applied repeatedly so as to make the difference less than the reference value and thereby to attain the desired compartment temperature.

Air conditioner system

A device for preventing the reversal of a power window motor, wherein when the motor is normally actuated, a coiled spring loosely fitted on a core coupled with a worm gearing is contracted by the core, and the friction between the outer periphery of the coiled spring and the inner periphery of a drum is weakened, so that an output piece is rotated to open or close window glass, while when it is intended to manually push down or pull up the window glass, the coiled spring is expanded by a dog of the output piece, and the friction is strengthened, so that the turning of the dog is checked to brake the output piece.

Device for driving a power window

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Toyota, Japan

Takeo Matsushima